Electric Furnace
Industrial Electric Furnace
for Steelmaking, Heat Treatment and Metal Processing
The Electric Furnace is a core thermal processing equipment widely used in steelmaking, casting, forging, rolling, and heat treatment industries. Compared with traditional fuel-fired furnaces, electric furnaces offer higher temperature control accuracy, cleaner production, improved energy efficiency, and better metallurgical quality.
Electric furnaces are suitable for melting, heating, refining, and heat treatment of carbon steel, alloy steel, stainless steel, non-ferrous metals, and special alloys. They are widely applied in steel plants, rolling mills, foundries, machinery manufacturing, and metallurgical engineering projects.
Main Applications
Electric furnaces are commonly used for:
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Steelmaking and secondary refining
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Heat treatment (annealing, quenching, tempering, normalizing)
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Alloy melting and refining
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Casting and forging heating processes
- Typical application fields include:
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Foundries and metal casting plants
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Industrial heat treatment workshops

Types of Electric Furnace
According to application and structure, electric furnaces mainly include:
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Electric Arc Furnace (EAF)
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Induction Furnace
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Resistance Heating Furnace
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Ladle Furnace (LF)
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Electric Reheating Furnace
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Electric Heat Treatment Furnace
Each type can be customized according to production capacity, material type, and process requirements.
Key Advantages
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Precise Temperature Control
Advanced electric heating and control systems ensure stable and uniform temperature, improving product quality. -
High Energy Efficiency
Direct electric heating reduces energy loss and improves overall thermal efficiency. -
Clean and Environment-Friendly
No direct combustion, low emissions, and easier compliance with environmental regulations. -
Flexible Operation
Fast heating speed, quick start-up, and convenient automation control. -
Improved Metallurgical Quality
Uniform heating minimizes oxidation, decarburization, and surface defects.
Working Principle
Electric furnaces use electrical energy converted into heat through arc heating, induction heating, or resistance heating. The generated heat is transferred to the metal charge in a controlled furnace chamber, ensuring uniform heating and stable thermal conditions throughout the process.
Modern electric furnaces are equipped with automatic control systems, enabling precise adjustment of temperature, power input, and heating curves.

Design & Manufacturing Features
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High-quality refractory lining with excellent thermal insulation
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Robust furnace shell structure for long service life
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Advanced electrical control and protection system
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Optional PLC and automatic temperature control
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Customized furnace capacity, dimensions, and power rating
All designs focus on safety, stability, and long-term industrial operation.
Production Process
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Engineering design and thermal calculation
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Raw material preparation
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Furnace body fabrication
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Electrical system assembly
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Refractory lining installation
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Testing and commissioning
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Packing and delivery
Quality Assurance
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Electrical system inspection
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Temperature uniformity testing
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Structural strength inspection
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Commissioning and trial operation report
All electric furnaces are manufactured under strict quality control standards to ensure reliable performance.

Packing & Delivery
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Packed in export-standard steel frames or wooden cases
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Electrical components protected with moisture-proof treatment
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Suitable for sea and land transportation
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Delivery time: 30–60 days, depending on furnace type and configuration
Why Choose Our Electric Furnace
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Rich experience in metallurgical equipment manufacturing
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Customized solutions for different industries and capacities
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Stable performance and long service life
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Competitive pricing and professional technical support
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One-stop service from design to after-sales support
Our Electric Furnaces are designed to help customers improve production efficiency, reduce operating costs, and achieve stable high-quality metal processing.
